1. Semiconductor Wafer Fabrication Control
Utilizing the CK3M-CPU121 to control extremely precise wafer positioning and lithography deposition.
Problem SolvedIn nanoscale semiconductor fabrication, generic logic controllers lack the microsecond-level determinism required. This controller's 25μs servo cycle and PMAC heritage eliminate synchronization latency, preventing fatal lithographic alignment defects on the nanometer scale.
Nanoscale positioning25μs servo cyclePMAC algorithmsEtherCAT multi-axisLinear motor drive
2. High-Precision CNC Machining Centers
Integrating the CPU into complex multi-axis milling or turning machinery utilizing native G-Code capabilities.
Problem SolvedTraditional setups require separate G-Code interpreters and discrete motion cards. The CK3M-CPU121 runs G-Code natively and dynamically coordinates up to 8 axes over EtherCAT, reducing hardware footprint by 66% while improving servo precision during intricate tooling paths.
Native G-Code executionANSI C8-axis EtherCATPrecision machiningDeterministic latency
3. Automated Optical Inspection (AOI) Systems
Deploying the unit in PCB or flat-panel display inspection machines, synchronizing ultra-fast gantry movements with camera triggers.
Problem SolvedVision inspection at rapid line speeds often suffers from image blur due to mismatched axis positions and camera strobes. The CPU's dual-core 1.0GHz processor and EtherCAT deterministic network ensure exact spatial coordination, triggering cameras exactly on position coordinates with zero variance.
AOI synchronizationEtherNet/IP integrationHigh-speed triggersGantry kinematicsMulti-vendor connectivity
